No uptime risk
Kaasai operates as an orchestration layer on top of existing DCIM and BMS. It dispatches within defined safety envelopes — it never overrides uptime protections. Operators set the guardrails; the AI operates within them.
Lower PUE. Smarter BESS. Zero grid surprises.
Data centres run some of the densest, most time-sensitive energy loads in the world. Kaasai FlexCharge gives operators a single AI layer over UPS, BESS, cooling, and grid connection — automating dispatch, DSR participation, and cost reduction without touching uptime.
- 13+
- data stream types integrated
- 140
- assets connected in 7 days
- Azure
- built and validated on Microsoft Azure
Facility PUE
1.24
▼ 0.06 week-over-week
BESS-01
discharging- SoC
- 68%
- Cycles
- 412
Headroom68 / 100%
The challenge
Energy is now the primary operating cost — and the primary source of risk.
Grid connection constraints are tightening. DSR obligations are growing. Cooling, UPS, and BESS are managed by separate systems with no shared intelligence. The result: arbitrage opportunities missed, DSR signals unmet, and PUE drifting up with load. Kaasai integrates across every energy asset at a facility — UPS, BESS, CRACs, EV charging if present — and dispatches them as a coordinated system against price signals, grid obligations, and operational envelopes.
Platform
Energy intelligence built for high-availability, high-density sites.
Manage
Unified registry across every energy system
BESS units, UPS arrays, CRAC/CRAH units, PDUs, and EV charge points in a single searchable inventory. Drill into telemetry, fault history, and maintenance schedules without leaving the platform.
- Multi-vendor BESS and UPS inventory
- Cooling asset inventory with power draw history
- Fault state and priority triage across asset types
- DCIM integration via API for metadata sync
Asset Inventory
- BESS units
- 8
- UPS arrays
- 12
- CRAC units
- 24
CRAC-07
fault- Power
- 14.2 kW
- Priority
- P2
Orchestrate
Coordinate generation, storage, and load against the grid
Live power-flow diagram across the full facility: generator → UPS → BESS → IT load → cooling → grid. ISA envelope headroom means operators always know how close they are to contracted import limits — and the system acts before a breach.
- Full-facility power flow visualisation
- ISA / grid connection envelope with real-time headroom
- DSR readiness indicator
- DERMS source and signal status
ISA Envelope
within- Headroom
- 12%
Load vs limit8.8 / 10 MW
DSR Signal
active- Window
- 17:00–19:00
- Commit
- 2.4 MW
Dispatch
BESS and load dispatch, automated against price signals
The AI dispatch engine creates and executes a BESS charge/discharge plan around grid price signals, DSR windows, and facility load curves — automatically. Operators see a 7-day timeline, AI briefing, and full event log.
- AI BESS dispatch against ToU and wholesale prices
- DSR event participation: automatic response
- Load-shifting across cooling and EV charging
- 7-day timeline with signal and event log
AI Briefing · Today
ready- Net cost
- −£1,840
- BESS cycles
- 3
- DSR commits
- 1
DSR · 17:00–19:00
armed- Pre-cool
- 16:30
- Discharge
- 2.4 MW
Fit
Built for sites where uptime is non-negotiable and energy cost is existential.
Multi-vendor, open integration
BESS from any manufacturer, UPS from any vendor, cooling from any BMS — connected via standard APIs, MODBUS, and OCPP. 13+ data stream types. 140 assets integrated in 7 days.
Azure-native reliability
Built and validated on Microsoft Azure. SOC 2 controls. Data residency in-region. Fits inside existing enterprise procurement and security review processes.
See Kaasai running live against your facility's energy stack.
Modular pricing. Fast onboarding. We'll show you the platform against your asset class — not a generic demo.